private void Parse(DataReader reader)
{
reader.Assert(0L, "Unexpected data found when reading IGCCorePart header");
model = reader.ReadString(13);
reader.Skip(1);
icon = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((byte)0xCC, "Unexpected data found after Techtree in IGCCorePart");
reader.Assert((byte)0xCC, "Unexpected data found after Techtree in IGCCorePart");
mass = reader.ReadFloat();
sigmod = reader.ReadFloat();
uid = reader.ReadUShort();
specUID = uid;
overriding_uid = reader.ReadShort();
parttype = reader.ReadShort();
usemask = new BitArray(reader.ReadBytes(2));
slot = reader.ReadString(13);
reader.Assert((byte)0xCC, "Unexpected data found at end of IGCCorePart");
reader.Assert((byte)0xCC, "Unexpected data found at end of IGCCorePart");
reader.Assert((byte)0xCC, "Unexpected data found at end of IGCCorePart");
}
private void Parse(DataReader reader)
{
reader.Assert(0L, 0, "UNKNOWN", "Part", "First 4 bytes");
model = reader.ReadString(13);
reader.Assert((byte)0xCC, 0, "Model: " + model, "UNKNOWN PART", "Model");
icon = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((ushort)0xCCCC, 0, name, "UNKNOWN PART", "Techtree");
mass = reader.ReadFloat();
sigmod = reader.ReadFloat();
uid = reader.ReadUShort();
specUID = uid;
overriding_uid = reader.ReadShort();
parttype = reader.ReadShort();
usemask = new BitArray(reader.ReadBytes(2));
slot = reader.ReadString(13);
string PartTypeName = PartType.GetName(typeof(PartType), parttype);
//reader.Assert((byte)0xCC, uid, name, PartTypeName, "Slot");
reader.Skip(1);
reader.Assert((ushort)0xCCCC, uid, name, PartTypeName, "Slot");
}
public Faction(string name, Techtree techtree)
{
Name = name;
Techtree = techtree;
WorldspaceUnits = new List <WorldspaceUnit>();
WorldspaceStructures = new List <WorldspaceStructure>();
Units = new List <Unit>();
Buildings = new List <Building>();
}
/// <summary>
/// Loads the IGCCoreMissile values from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader from which to read the IGCCoreMissile</param>
private void Parse(DataReader reader)
{
reader.Assert(0L, "Invalid header found while trying to parse IGCCoreMissile");
reader.Assert(0L, "Invalid header found while trying to parse IGCCoreMissile");
stats_s1 = reader.ReadFloat();
stats_s2 = reader.ReadFloat();
ldbmp = reader.ReadString(13);
reader.Seek(13);
reader.Skip(2);
stats_s3 = reader.ReadFloat();
stats_s4 = reader.ReadFloat();
stats_s5 = reader.ReadFloat();
cost = reader.ReadInt();
reader.Assert((int)0, "Unexpected data found while trying to parse IGCCoreMissile");
model = reader.ReadString(13);
reader.Assert((byte)0xCC, "Unexpected data found while trying to parse IGCCoreMissile");
type = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreMissile");
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreMissile");
sigmod = reader.ReadFloat();
mass = reader.ReadFloat();
usemask = new BitArray(reader.ReadBytes(2));
amount = reader.ReadUShort();
stats_s16 = reader.ReadFloat();
AC = reader.ReadByte();
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreMissile");
uid = reader.ReadUShort();
special_effect = reader.ReadUShort();
icon = reader.ReadString(13);
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreMissile");
stats_s7 = reader.ReadFloat(); // accel
stats_s8 = reader.ReadFloat(); // turn radius
stats_s9 = reader.ReadFloat(); // launch velocity
stats_s10 = reader.ReadFloat(); // lock time
stats_s11 = reader.ReadFloat(); // ready time
stats_s12 = reader.ReadFloat(); // max lock
stats_s13 = reader.ReadFloat(); // CM resistance
stats_s14 = reader.ReadFloat(); // salvo ratio
stats_s15 = reader.ReadFloat(); // lock radius
stats_damage = reader.ReadFloat();
stats_unused1 = reader.ReadFloat(); // 0 Checked
stats_damage_radius = reader.ReadFloat();
stats_unused2 = reader.ReadFloat(); // 0 Checked
DM = reader.ReadUShort();
stats_ss3 = reader.ReadUShort(); //sound launch
stats_ss4 = reader.ReadUShort(); //sound flight
reader.Assert((byte)0xCD, "Unexpected footer found while trying to parse IGCCoreMissile");
reader.Assert((byte)0xCD, "Unexpected footer found while trying to parse IGCCoreMissile");
}
/// <summary>
/// Loads the IGCCoreMissile values from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader from which to read the IGCCoreMissile</param>
private void Parse(DataReader reader)
{
reader.Assert(0L, 0, "UNKNOWN", "Part: Missile", "First 8 bytes");
reader.Assert(0L, 0, "UNKNOWN", "Part: Missile", "2nd 8 bytes");
stats_s1 = reader.ReadFloat();
stats_s2 = reader.ReadFloat();
ldbmp = reader.ReadString(13);
reader.Seek(13);
reader.Assert((ushort)0xCCCC, 0, "Unknown", "Part: Missile", "13-byte spacer after LDBMP");
stats_s3 = reader.ReadFloat();
stats_s4 = reader.ReadFloat();
stats_s5 = reader.ReadFloat();
cost = reader.ReadInt();
reader.Assert((int)0, uid, "UNKNOWN", "Part: Missile", "Cost");
model = reader.ReadString(13);
reader.Assert((byte)0xCC, 0, "UNKNOWN", "Part: Missile", "Model");
type = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((ushort)0xCDCD, 0, name, "Part: Missile", "Techtree");
sigmod = reader.ReadFloat();
mass = reader.ReadFloat();
usemask = new BitArray(reader.ReadBytes(2));
amount = reader.ReadUShort();
stats_s16 = reader.ReadFloat();
AC = reader.ReadByte();
reader.Assert((byte)0xCD, 0, name, "Part: Missile", "AC");
uid = reader.ReadUShort();
special_effect = reader.ReadUShort();
icon = reader.ReadString(13);
reader.Assert((byte)0xCD, uid, name, "Part: Missile", "Icon");
stats_s7 = reader.ReadFloat(); // accel
stats_s8 = reader.ReadFloat(); // turn radius
stats_s9 = reader.ReadFloat(); // launch velocity
stats_s10 = reader.ReadFloat(); // lock time
stats_s11 = reader.ReadFloat(); // ready time
stats_s12 = reader.ReadFloat(); // max lock
stats_s13 = reader.ReadFloat(); // CM resistance
stats_s14 = reader.ReadFloat(); // salvo ratio
stats_s15 = reader.ReadFloat(); // lock radius
stats_damage = reader.ReadFloat();
stats_unused1 = reader.ReadFloat(); // 0 Checked
stats_damage_radius = reader.ReadFloat();
stats_unused2 = reader.ReadFloat(); // 0 Checked
DM = reader.ReadUShort();
stats_ss3 = reader.ReadUShort(); //sound launch
stats_ss4 = reader.ReadUShort(); //sound flight
reader.Assert((ushort)0xCDCD, uid, name, "Part: Missile", "Flight Sound");
}
private void Parse(DataReader reader)
{
pcRED = reader.ReadFloat(); // all zero = percent RGBA
pcGreen = reader.ReadFloat();
pcBlue = reader.ReadFloat();
pcAlpha = reader.ReadFloat();
reader.Assert((byte)0xCC, "Unexpected data encountered after colours in IGCCoreMine");
reader.Assert((byte)0xCC, "Unexpected data encountered after colours in IGCCoreMine");
reader.Assert((byte)0xCC, "Unexpected data encountered after colours in IGCCoreMine");
reader.Assert((byte)0xCC, "Unexpected data encountered after colours in IGCCoreMine");
stats_s1 = reader.ReadFloat(); // rate rotation
reader.Skip(13);
icon = reader.ReadString(13); // Length [13]; //fxmine
reader.Assert((byte)0xCC, "Unexpected data encountered after icon in IGCCoreMine");
reader.Assert((byte)0xCC, "Unexpected data encountered after icon in IGCCoreMine");
stats_s2 = reader.ReadFloat(); // load time
stats_duration = reader.ReadFloat();
stats_s3 = reader.ReadFloat(); // sig
cost = reader.ReadInt();
reader.Assert((byte)0, "Unexpected data encountered after cost in IGCCoreMine");
reader.Assert((byte)0, "Unexpected data encountered after cost in IGCCoreMine");
reader.Assert((byte)0, "Unexpected data encountered after cost in IGCCoreMine");
reader.Assert((byte)0, "Unexpected data encountered after cost in IGCCoreMine");
model = reader.ReadString(13); // Length [13];// inactive & loadout bmp (prefix with 'l')
reader.Assert((byte)0xCC, "Unexpected data encountered after model in IGCCoreMine");
type = reader.ReadString(13); // Length [13]; //part
name = reader.ReadString(25); // Length [25];
description = reader.ReadString(200); // Length [200];
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((byte)0xCD, "Unexpected data encountered after techtree in IGCCoreMine");
reader.Assert((byte)0xCD, "Unexpected data encountered after techtree in IGCCoreMine");
sigmod = reader.ReadFloat(); // ship sig%
mass = reader.ReadFloat(); // mass
usemask = new BitArray(reader.ReadBytes(2)); //usemask (2)
amount = reader.ReadUShort(); //cargo payload
stats_s6 = reader.ReadFloat(); // hitpoints
AC = (IGCArmorClass)reader.ReadByte(); // OB
reader.Assert((byte)0xCD, "Unexpected data encountered after ArmorClass in IGCCoreMine");
uid = reader.ReadUShort();
reader.Assert((short)0, "Unexpected data encountered after uid in IGCCoreMine");
ukbmp = reader.ReadString(13); // length [13]; // icon bmp
reader.Assert((byte)0xCD, "Unexpected data encountered after ukbmp in IGCCoreMine");
stats_radius = reader.ReadFloat();
stats_damage = reader.ReadFloat();
stats_endurance = reader.ReadFloat(); // endurance
DM = reader.ReadByte(); // 10
reader.Assert((byte)0xCD, "Unexpected data encountered at end of IGCCoreMine");
reader.Assert((byte)0xCD, "Unexpected data encountered at end of IGCCoreMine");
reader.Assert((byte)0xCD, "Unexpected data encountered at end of IGCCoreMine");
}
/// <summary>
/// Reads an IGCCoreProbe from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader from which to read the IGCCoreProbe</param>
private void Parse(DataReader reader)
{
reader.Assert(0L, "Invalid header found while trying to parse IGCCoreProbe");
reader.Assert(0L, "Invalid header found while trying to parse IGCCoreProbe");
stats_s1 = reader.ReadFloat();
stats_s2 = reader.ReadFloat();
model = reader.ReadString(13);
model1 = reader.ReadString(13);
reader.Assert((byte)0xCC, "Unexpected data found while trying to parse IGCCoreProbe");
reader.Assert((byte)0xCC, "Unexpected data found while trying to parse IGCCoreProbe");
stats_s3 = reader.ReadFloat();
stats_s4 = reader.ReadFloat();
sigmod = reader.ReadFloat();
cost = reader.ReadInt();
reader.Assert((int)0, "Unexpected data found while trying to parse IGCCoreProbe");
ukbmp = reader.ReadString(13);
reader.Assert((byte)0xCC, "Unexpected data found while trying to parse IGCCoreProbe");
type = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreProbe");
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreProbe");
stats_s5 = reader.ReadFloat();
mass = reader.ReadFloat();
usemask = new BitArray(reader.ReadBytes(2));
amount = reader.ReadUShort();
stats_s7 = reader.ReadFloat();
AC = (IGCArmorClass)reader.ReadByte();
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreProbe");
uid = reader.ReadUShort();
stats_ss3 = new BitArray(reader.ReadBytes(2));
icon = reader.ReadString(13);
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreProbe");
stats_s8 = reader.ReadFloat();
stats_s9 = reader.ReadFloat();
stats_s10 = reader.ReadFloat();
stats_s11 = reader.ReadFloat();
stats_ss4 = reader.ReadShort();
stats_projectile = reader.ReadShort();
stats_sound = reader.ReadShort();
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreProbe");
reader.Assert((byte)0xCD, "Unexpected data found while trying to parse IGCCoreProbe");
stats_activation_delay = reader.ReadFloat();
}
/// <summary>
/// Parses the IGCCoreCiv from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader to use to read the IGCCoreCiv</param>
private void Parse(DataReader reader)
{
ukf[0] = reader.ReadFloat();
ukf[1] = reader.ReadFloat();
name = reader.ReadString(25);
model = reader.ReadString(13);
obj = reader.ReadString(13);
techtree = new Techtree(reader);
reader.Assert((byte)0xCD, 0, name, "Faction", "Techtree");
factors = new Factors(reader);
suk = reader.ReadUShort();
uid = reader.ReadUShort();
gar_uid = reader.ReadUShort();
reader.Assert((ushort)0xCDCD, uid, name, "Faction", "Garrison UID");
}
/// <summary>
/// Parses the IGCCoreCiv from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader to use to read the IGCCoreCiv</param>
private void Parse(DataReader reader)
{
ukf[0] = reader.ReadFloat();
ukf[1] = reader.ReadFloat();
name = reader.ReadString(25);
model = reader.ReadString(13);
obj = reader.ReadString(13);
techtree = new Techtree(reader);
reader.Assert((byte)0xCD, string.Concat("Unexpected value found when reading IGCCoreCiv ", name));
factors = new Factors(reader);
suk = reader.ReadUShort();
uid = reader.ReadUShort();
gar_uid = reader.ReadUShort();
reader.Assert((byte)0xCD, string.Concat("Unexpected end bytes found when reading IGCCoreCiv ", name));
reader.Assert((byte)0xCD, string.Concat("Unexpected end bytes found when reading IGCCoreCiv ", name));
}
public void Parse(DataReader reader)
{
cost = reader.ReadInt();
research_time = reader.ReadInt();
model = reader.ReadString(13);
reader.ReadByte();
icon = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
group = reader.ReadByte();
zero = reader.ReadByte();
techtree = new Techtree(reader);
reader.Assert((ushort)0xCDCD, 0, name, "Station", "Techtree");
stats_s1 = reader.ReadFloat();
stats_s2 = reader.ReadFloat();
stats_s3 = reader.ReadFloat();
stats_s4 = reader.ReadFloat();
stats_s5 = reader.ReadFloat();
stats_s6 = reader.ReadFloat();
stats_income = reader.ReadInt();
stats_s7 = reader.ReadFloat();
techtreelocal = new BitArray(reader.ReadBytes(50));
// //
uid = reader.ReadUShort();
overriding_uid = reader.ReadShort();
ACHull = reader.ReadByte();
ACShld = reader.ReadByte();
AbilityBitMask = new BitArray(reader.ReadBytes(2));
buildon = (BuildOn)Enum.Parse(typeof(BuildOn), reader.ReadUShort().ToString());
type = reader.ReadByte();
reader.Assert((byte)0xCD, uid, name, "Station", "Type");
stats_ss0 = reader.ReadUShort();
for (int i = 0; i < 13; i++)
{
sounds[i] = reader.ReadUShort();
}
uk3 = reader.ReadBytes(13);
constructor = reader.ReadString(25);
}
/// <summary>
/// Reads an IGCCoreProbe from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader from which to read the IGCCoreProbe</param>
private void Parse(DataReader reader)
{
reader.Assert(0L, 0, "UNKNOWN", "Part: Probe", "First 8 bytes");
reader.Assert(0L, 0, "UNKNOWN", "Part: Probe", "Second 8 bytes");
stats_s1 = reader.ReadFloat();
stats_s2 = reader.ReadFloat();
model = reader.ReadString(13);
model1 = reader.ReadString(13);
reader.Assert((ushort)0xCCCC, 0, "Model: " + model, "Part: Probe", "Model1");
stats_s3 = reader.ReadFloat();
stats_s4 = reader.ReadFloat();
sigmod = reader.ReadFloat();
cost = reader.ReadInt();
reader.Assert((int)0, 0, "UNKNOWN", "Part: Probe", "Cost");
ukbmp = reader.ReadString(13);
reader.Assert((byte)0xCC, 0, "UNKNOWN", "Part: Probe", "UKBMP");
type = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((ushort)0xCDCD, 0, name, "Part: Probe", "Techtree");
stats_s5 = reader.ReadFloat();
mass = reader.ReadFloat();
usemask = new BitArray(reader.ReadBytes(2));
amount = reader.ReadUShort();
stats_s7 = reader.ReadFloat();
AC = (IGCArmorClass)reader.ReadByte();
reader.Assert((byte)0xCD, 0, name, "Part: Probe", "Armour Class");
uid = reader.ReadUShort();
stats_ss3 = new BitArray(reader.ReadBytes(2));
icon = reader.ReadString(13);
reader.Assert((byte)0xCD, uid, name, "Part: Probe", "Icon");
stats_s8 = reader.ReadFloat();
stats_s9 = reader.ReadFloat();
stats_s10 = reader.ReadFloat();
stats_s11 = reader.ReadFloat();
stats_ss4 = reader.ReadShort();
stats_projectile = reader.ReadShort();
stats_sound = reader.ReadShort();
reader.Assert((ushort)0xCDCD, uid, name, "Part: Probe", "Sound");
stats_activation_delay = reader.ReadFloat();
}
/// <summary>
/// Parses an IGCCoreDevel from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader from which to read this IGCCoreDevel</param>
private void Parse(DataReader reader)
{
cost = reader.ReadUInt();
research_time = reader.ReadUInt();
model = reader.ReadString(13);
reader.Assert((byte)0xCC, 0, "Model: " + model, "Development", "Model");
icon = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
reader.Assert((byte)0, 0, name, "Development", "Description");
root_tree = reader.ReadByte();
techtree = new Techtree(reader);
reader.Assert((ushort)0xCDCD, 0, name, "Development", "Techtree");
factors = new Factors(reader);
uid = reader.ReadUShort();
cat = reader.ReadUShort();
}
private void Parse(DataReader reader)
{
pcRED = reader.ReadFloat(); // all zero = percent RGBA
pcGreen = reader.ReadFloat();
pcBlue = reader.ReadFloat();
pcAlpha = reader.ReadFloat();
reader.Assert((uint)0xCCCCCCCC, 0, "UNKNOWN", "Part: Mine", "RGBA Colours");
stats_s1 = reader.ReadFloat(); // rate rotation
reader.Skip(13);
icon = reader.ReadString(13); // Length [13]; //fxmine
reader.Assert((ushort)0xCCCC, 0, "UNKNOWN", "Part: Mine", "Icon");
stats_s2 = reader.ReadFloat(); // load time
stats_duration = reader.ReadFloat();
stats_s3 = reader.ReadFloat(); // sig
cost = reader.ReadInt();
reader.Assert((int)0, 0, "UNKNOWN", "Part: Mine", "Cost");
model = reader.ReadString(13); // Length [13];// inactive & loadout bmp (prefix with 'l')
reader.Assert((byte)0xCC, 0, "UNKNOWN", "Part: Mine", "Model");
type = reader.ReadString(13); // Length [13]; //part
name = reader.ReadString(25); // Length [25];
description = reader.ReadString(200); // Length [200];
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((ushort)0xCDCD, 0, name, "Part: Mine", "Techtree");
sigmod = reader.ReadFloat(); // ship sig%
mass = reader.ReadFloat(); // mass
usemask = new BitArray(reader.ReadBytes(2)); //usemask (2)
amount = reader.ReadUShort(); //cargo payload
stats_s6 = reader.ReadFloat(); // hitpoints
AC = (IGCArmorClass)reader.ReadByte(); // OB
reader.Assert((byte)0xCD, 0, name, "Part: Mine", "Armour Class");
uid = reader.ReadUShort();
reader.Assert((short)0, uid, name, "Part: Mine", "UID");
ukbmp = reader.ReadString(13); // length [13]; // icon bmp
reader.Assert((byte)0xCD, uid, name, "Part: Mine", "UKBMP");
stats_radius = reader.ReadFloat();
stats_damage = reader.ReadFloat();
stats_endurance = reader.ReadFloat(); // endurance
DM = reader.ReadByte(); // 10
reader.Assert((byte)0xCD, uid, name, "Part: Mine", "Damage Index");
reader.Assert((ushort)0xCDCD, uid, name, "Part: Mine", "Damage Index");
}
/// <summary>
/// Parses an IGCCoreDevel from the specified DataReader
/// </summary>
/// <param name="reader">The DataReader from which to read this IGCCoreDevel</param>
private void Parse(DataReader reader)
{
cost = reader.ReadUInt();
research_time = reader.ReadUInt();
model = reader.ReadString(13);
reader.Assert((byte)0xCC, "Unexpected value encountered when parsing IGCCoreDevel");
icon = reader.ReadString(13);
name = reader.ReadString(25);
description = reader.ReadString(200);
reader.Skip(1);
root_tree = reader.ReadByte();
techtree = new Techtree(reader);
reader.Assert((byte)0xCD, string.Concat("Unexpected value encountered after techtree when parsing IGCCoreDevel ", name));
reader.Assert((byte)0xCD, string.Concat("Unexpected value encountered after techtree when parsing IGCCoreDevel ", name));
factors = new Factors(reader);
uid = reader.ReadUShort();
cat = reader.ReadUShort();
}
private void Parse(DataReader reader)
{
pcRED = reader.ReadFloat();
pcGreen = reader.ReadFloat();
pcBlue = reader.ReadFloat();
pcAlpha = reader.ReadFloat();
stats_s1 = reader.ReadFloat(); // radius
stats_s2 = reader.ReadFloat(); // rate rotation
reader.Skip(13);
icon = reader.ReadString(13); // Length [13];
reader.Assert((byte)0xCC, "Unexpected data found after icon in IGCCoreCounter");
reader.Assert((byte)0xCC, "Unexpected data found after icon in IGCCoreCounter");
stats_s3 = reader.ReadFloat(); // load time
stats_s4 = reader.ReadFloat(); // life span
stats_s5 = reader.ReadFloat(); // sigfloating
stats_s6 = reader.ReadInt(); // cost
stats_s7 = reader.ReadInt(); // build time (seconds)
model = reader.ReadString(13); // Length[13];
reader.Skip(1);
type = reader.ReadString(13); // Length [13]; //part
name = reader.ReadString(25); // Length [25];
description = reader.ReadString(200); // Length [200];
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((byte)0xCD, "Unexpected data found after techtree in IGCCoreCounter");
reader.Assert((byte)0xCD, "Unexpected data found after techtree in IGCCoreCounter");
sigmod = reader.ReadFloat(); // sig mod (%)
mass = reader.ReadFloat(); // mass
usemask = new BitArray(reader.ReadBytes(2)); //2
amount = reader.ReadUShort(); //1 - todo
stats_s10 = reader.ReadFloat(); // hitpoints
AC = (IGCArmorClass)reader.ReadByte(); // 0B default (part)
reader.Assert((byte)0xCD, "Unexpected data found after AC in IGCCoreCounter");
uid = reader.ReadUShort();
stats_ss2 = reader.ReadUShort(); //0
ukbmp = reader.ReadString(13); // Length [13];
reader.Assert((byte)0xCD, "Unexpected data found after ukbmp in IGCCoreCounter");
stats_s11 = reader.ReadFloat(); // strength
}
private void Parse(DataReader reader)
{
pcRED = reader.ReadFloat();
pcGreen = reader.ReadFloat();
pcBlue = reader.ReadFloat();
pcAlpha = reader.ReadFloat();
stats_s1 = reader.ReadFloat(); // radius
stats_s2 = reader.ReadFloat(); // rate rotation
reader.Skip(13);
icon = reader.ReadString(13); // Length [13];
reader.Assert((ushort)0xCCCC, 0, "UNKNOWN", "Part: Counter", "Icon");
stats_s3 = reader.ReadFloat(); // load time
stats_s4 = reader.ReadFloat(); // life span
stats_s5 = reader.ReadFloat(); // sigfloating
stats_s6 = reader.ReadInt(); // cost
stats_s7 = reader.ReadInt(); // build time (seconds)
model = reader.ReadString(13); // Length[13];
reader.Assert((byte)0xCC, 0, "Model: " + model, "Part: Counter", "Model");
type = reader.ReadString(13); // Length [13]; //part
name = reader.ReadString(25); // Length [25];
description = reader.ReadString(200); // Length [200];
group = reader.ReadShort();
techtree = new Techtree(reader);
reader.Assert((ushort)0xCDCD, 0, name, "Part: Counter", "Techtree");
sigmod = reader.ReadFloat(); // sig mod (%)
mass = reader.ReadFloat(); // mass
usemask = new BitArray(reader.ReadBytes(2)); //2
amount = reader.ReadUShort(); //1 - todo
stats_s10 = reader.ReadFloat(); // hitpoints
AC = (IGCArmorClass)reader.ReadByte(); // 0B default (part)
reader.Assert((byte)0xCD, 0, name, "Part: Counter", "Armour Class");
uid = reader.ReadUShort();
stats_ss2 = reader.ReadUShort(); //0
ukbmp = reader.ReadString(13); // Length [13];
reader.Assert((byte)0xCD, uid, name, "Part: Counter", "ukbmp");
stats_s11 = reader.ReadFloat(); // strength
}
public void Parse(DataReader reader)
{
cost = reader.ReadInt();
reader.Assert((int)0, 0, "UNKNOWN", "Ship", "Cost");
model = reader.ReadString(13); // Length 13;
reader.Assert((byte)0, 0, "Model: " + model, "Ship", "Model");
icon = reader.ReadString(13); // Length 13;
name = reader.ReadString(25); // Length 25;
description = reader.ReadString(200); //Length 200;
zero = reader.ReadByte(); // Length 1;
group = reader.ReadByte(); // Length 1;
techtree = new Techtree(reader); // Length 100;
reader.Assert((short)0, 0, name, "Ship", "Techtree");
stats_s1 = reader.ReadFloat(); // mass
stats_s2 = reader.ReadFloat(); // sig%
stats_s3 = reader.ReadFloat(); // speed
stats_s4 = reader.ReadFloat(); // SAX = MaxRollRate in radians
stats_s5 = reader.ReadFloat(); // SAY = MaxPitchRate in radians
stats_s6 = reader.ReadFloat(); // SAZ = MaxYawRate in radians
stats_s7 = reader.ReadFloat(); // SBX = DriftRoll (unit ?)
stats_s8 = reader.ReadFloat(); // SBY = DriftPitch (unit ?)
stats_s9 = reader.ReadFloat(); // SBZ = DriftYaw (unit ?)
stats_s10 = reader.ReadFloat(); // max thrust
stats_s11 = reader.ReadFloat(); // STM (side thrust multiplier)
stats_s12 = reader.ReadFloat(); // RTM (reverse thrust multiplier)
stats_s13 = reader.ReadFloat(); // scan
stats_s14 = reader.ReadFloat(); // fuel
stats_s15 = reader.ReadFloat(); // lock mode (ecm)
stats_s16 = reader.ReadFloat(); // scale
stats_s17 = reader.ReadFloat(); // energy
stats_s18 = reader.ReadFloat(); // recharge
stats_s19 = reader.ReadFloat(); // rip time
stats_s20 = reader.ReadFloat(); // rip cost
stats_ss1 = reader.ReadUShort(); // ammo capacity
uid = reader.ReadUShort(); // confirmed
overriding_uid = reader.ReadShort(); // -1 if none
nb_parts = reader.ReadByte(); // Length 1; part size = 30
mnt_nbwpslots = reader.ReadByte(); // Length 1
stats_hp = reader.ReadFloat();
reader.Assert((ushort)0x021C, uid, name, "Ship", "Hitpoints");
AC = reader.ReadByte();
reader.Assert((byte)0, uid, name, "Ship", "Armour Class");
stats_ld1 = reader.ReadUShort(); // missiles capacity
stats_ld2 = reader.ReadUShort(); // pack capacity
stats_ld3 = reader.ReadUShort(); // CM capacity
for (int i = 0; i < 14; i++)
{
def_loadout[i] = reader.ReadShort(); // Length 14; -1 or part uid
}
hullability = new BitArray(reader.ReadBytes(2));
reader.Skip(14); // all zero
for (int i = 0; i < 8; i++)
{
can_use[i] = new BitArray(reader.ReadBytes(2)); // Length 8; usage masks,see IGCShipUseMasks
}
Sound_Interior = reader.ReadUShort();
Sound_Exterior = reader.ReadUShort();
Sound_ThrustInterior = reader.ReadUShort();
Sound_ThrustExterior = reader.ReadUShort();
Sound_TurnInterior = reader.ReadUShort();
Sound_TurnExterior = reader.ReadUShort();
reader.Assert((short)0, uid, name, "Ship", "Exterior Turn Sound");
parts = new IGCCoreShipMP[nb_parts];
for (int i = 0; i < nb_parts; i++)
{
IGCCoreShipMP Part = new IGCCoreShipMP(reader);
parts[i] = Part; // Length 20
}
}
/// <summary>
/// Determines whether or not this ship can mount the specified part
/// </summary>
/// <param name="part"></param>
/// <returns></returns>
public bool CanMountPart(IGCCorePart part, ShipSlots slot)
{
if (part == null)
{
return(CanUseSlot(slot));
}
bool Result = false;
BitArray SlotMask = null;
// Find which SlotMask we need to compare
int MaskIndex = -1;
switch (part.ModuleType)
{
case AGCObjectType.AGC_ChaffType:
if (slot == ShipSlots.Chaff || (int)slot > 15)
{
MaskIndex = (int)ShipUseMasks.Counter;
}
break;
case AGCObjectType.AGC_MineType:
if (slot == ShipSlots.Pack || (int)slot > 15)
{
MaskIndex = (int)ShipUseMasks.Pack;
}
break;
case AGCObjectType.AGC_MissileType:
if (slot == ShipSlots.Missile || (int)slot > 15)
{
MaskIndex = (int)ShipUseMasks.Missile;
}
break;
case AGCObjectType.AGC_ProbeType:
if (slot == ShipSlots.Pack || (int)slot > 15)
{
MaskIndex = (int)ShipUseMasks.Pack;
}
break;
case AGCObjectType.AGC_PartType:
switch (part.PartType)
{
case PartType.Afterburner:
if (slot == ShipSlots.Booster || (int)slot > 15)
{
MaskIndex = (int)ShipUseMasks.Booster;
}
break;
case PartType.Cloak:
if (slot == ShipSlots.Cloak || (int)slot > 15)
{
MaskIndex = (int)ShipUseMasks.Cloak;
}
break;
case PartType.Shield:
if (slot == ShipSlots.Shield || (int)slot > 15)
{
MaskIndex = (int)ShipUseMasks.Shield;
}
break;
case PartType.Pack:
if ((int)slot < 16) // You can't mount ammo or fuel in bays
{
return(false);
}
else
{
SlotMask = new BitArray(16, true);
}
break;
case PartType.Weapon:
int Slot = (int)slot;
if (Slot >= 8 && Slot < 16)
{
return(false);
}
if (Slot < 8)
{
if (_ship.WeaponMounts.Length == 0)
{
return(false);
}
if (Slot < 4)
{
SlotMask = (BitArray)_ship.WeaponMounts[Slot].PartMask.Clone();
}
else
{
SlotMask = (BitArray)_ship.WeaponMounts[GetWeaponCount() + (Slot - 4)].PartMask.Clone();
}
}
else
{
SlotMask = new BitArray(16, true);
}
break;
default:
break;
}
break;
default:
break;
}
// Get the required slot mask for comparison if it isn't a gun/turret
if (SlotMask == null)
{
if (MaskIndex == -1)
{
return(false);
}
SlotMask = (BitArray)_ship.UseMasks[MaskIndex].Clone();
}
SlotMask.And(part.UseMask);
// Check if part matches the slot mask
if (Techtree.BitArrayEquals(SlotMask, part.UseMask) || (int)slot > 15)
{ // Part can be mounted. Is it available?
BitArray CurrentDefs = _team.CalculateDefs();
CurrentDefs.And(part.Techtree.Pres);
if (part.Techtree.PreEquals(CurrentDefs))
{
Result = true;
}
}
return(Result);
}
